Series A & AM Conductivity Based Liquid Level Control
PRODUCT DESCRIPTION:
Series A & AM Conductivity Based Liquid Level Control has an open circuit board design. Series AM provides convenient plug-in design, either octal socket or DIN mount. The housing carries no NEMA rating.
- Open Circuit Board Design or Convenient Plug-in Design
- UL Recognized Motor Control
- Power Outage Time Delay Available on Series A
FEATURED DOWNLOADS:
Features
- Open Circuit Board Design or Convenient Plug-in Design
- UL Recognized Motor Control
- Power Outage Time Delay Available on Series A
- General Industry
- General Industry - Alarm Panels
- General Industry - Car Wash Equipment
- General Industry - Cleaning Equipment
- General Industry - Environmental
- General Industry - Fountains
- General Industry - Machine Tool
- General Industry - Machinery
- General Industry - Maintenance Equipment
- General Industry - Motors
- General Industry - Other
- General Industry - Skid Manufacturer
- General Industry - Steam Showers
- General Industry - Tanks
- General Industry - Test & Measurement
- HVAC/R - Air Conditioning Systems
- HVAC/R - Boilers
- HVAC/R - Chillers
- HVAC/R - Cooling
- HVAC/R - Cooling Towers
- HVAC/R - Evaporators
- HVAC/R - General HVAC
- HVAC/R - Heating/Condensate Systems
- HVAC/R - Humidifers
- HVAC/R - Other
- HVAC/R - Refrigeration
- HVAC/R - Warmers
- HVAC/R - Warrick
- HVAC/R Equipment
- Marine - Commercial - Aftermarket
- Marine - Commercial - Container Ships
- Marine - Commercial - Cruise Ships
- Marine - Commercial - Other
- Marine - Commercial - Pleasure Craft
- Marine - Commercial - Repair Yard
- Marine - Commercial - Ship Owner
- Marine - Commercial - Ship Systems
- Marine - Commercial - Shipbuilder
- Marine - Commercial - Workboats
- Marine - Commercial - Yachts
- Marine Vessels
- Waster Water Applications
- Water & Waste Water - Flood Level Monitoring
- Water & Waste Water - Groundwater Monitoring
- Water & Waste Water - Industrial Water Treatment
- Water & Waste Water - Other
- Water & Waste Water - Water Distribution
The sensitivity of the control should be greater than the resistance of the liquid.